Aluminum is a very commonly used specified material for extrusion and shape profiles because of its mechanical properties, it is well suited for forming and forming metals from billet segments. The high ductility of aluminum means that the metal can be easily molded into various cross-sections, resulting in extruded aluminium profiles, without consuming a lot of energy during processing or forming, and the melting point of aluminum is usually about half that of ordinary steel. These two facts mean that the energy consumption of extruded aluminium profiles process is relatively low, thus reducing the mold and manufacturing costs. Finally, aluminum has a high strength to weight ratio, making it an excellent choice for extruded aluminum profiles suppliers’ industrial applications.

1. Type
You can create a variety of complex extruded aluminium profiles with different thicknesses. These configuration parameters can have a variety of complex gap associations that are required for end-use applications. In order to facilitate various automation applications and meet any performance and weight requirements, a variety of internal voids can be used. The most common type of extruded aluminium profiles is hollow beam profile, which is only a variation of square profile. There are other profile types, such as triangles, single radius, and L-shaped profiles.

2. Surface type
As a by-product of extrusion process, small and almost invisible lines sometimes appear on the profile surface. This is the result of an auxiliary tool during extrusion, and other surface treatments can be specified to remove these lines. In order to improve the surface finish of extruded aluminium profiles section, extruded aluminum profiles suppliers can perform some minor surface treatment operations, such as end milling after the main extrusion process. These machining operations can be specified to improve the surface geometry to improve the extruded aluminium profiles profile by reducing the overall surface roughness of the extrusion profile. These treatments are usually specified in applications that require precise positioning of parts or strict control of mating surfaces. The vast majority of hot deformation aluminum production enterprises use the forward hot deformation extrusion method to obtain the aluminum products with the required cross-section shape through specific dies (flat die, conical die, split die). Forward extrusion process is simple, equipment requirements are not high, metal deformation ability is high, can be produced in a wide range, aluminum performance controllability, production flexibility, die and mold maintenance and repair are easy.

3. Purpose
extruded aluminium profiles is most commonly used in industrial automation applications such as process lines and automated motion applications throughout the manufacturing industry. They are rugged and lightweight, so they can be easily handled manually and can be built into various configurations according to the requirements of the automation architecture. In addition to traditional extruded aluminum profiles suppliers’ automation applications, structural grade aluminum profiles are even designated as part of the weight reduction. In this sense, they are increasingly being used as frameworks for other end-use consumer products, such as automobiles and LEED construction projects. With the development of more advanced aluminum alloy and surface coating technology, its application is expanding to these new fields because of extruded aluminum profiles suppliers.

4. Conclusion
Aluminum profiles, finally, are excellent for structural applications. extruded aluminium profiles are likely to be fully suitable for specific automation applications, which to some extent predicts the future of extruded aluminum profiles suppliers.


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